Architecture Portfolio - Abdullah Hababi - University of Toronto Undergrad

ABDULLAH A B A B I

Selected works 2021 - 2022

ABDULLAH HABABI

EDUCATION

Bachelor of Arts in Architectural studies (Specialist in technology of architecture, landscape and urbanism)

University of Toronto, Canada

2019 - 2023 (Expected Graduation)

Dean’s List Scholar

2020 - 2021 and 2021-2022

International Baccalaureate Program high school diploma

British International school of Jeddah, Saudi Arabia

2006 - 2019

EXPERIENCE

MOK Architects

Architectural Designer (Intern)

Jeddah, Saudi Arabia

July 2021 - August 2021

3N Jeddah

Spatial Planner and Interior Designer (Intern)

Jeddah, Saudi Arabia

May 2022 - June 2022

EXTRA-CURRICULAR ACTIVITIES

Duke of Edinburgh Bronze and Silver Awards

2016 and 2017

Saikac Football

2015 - 2018

University of Toronto intramurals Football

2019 - 2023 (Captain)

Judo

School state Champion 2014

2011 - 2015

English

Arabic

Spanish

LANGUAGES

3D Printing

Laser cutting

CNC machine operator

Lidar Scanning

Photography

Model making

3D scanning

Rhino 3D

Grasshopper

AutoCAD

Adobe Illustrator

Adobe Photoshop

Adobe Lightroom

Adobe InDesign

Adobe After Effects

Adobe Premiere Pro

Sketchup

V-RAY

Lumion

Twinmotion

Metashape

Cloud Compare

SKILLS

SOFTWARE

INTERTWINED LABYRINTH

UNIVERSITY OF TORONTO STUDENT STUDY CENTER

INTERTWINED LABYRINTH 01

Intertwined is defined as the connection of two or more objects closely with one another. The word consequentially functions as the driving force behind the formal and design elements of this university of Toronto study center. As a result, this experience of a study center that is closely connected through the curated binding of the different components of the structure, such as the room massings, ramps, and flat platforms, was created. The users experience the center as a space of opportunity where they can traverse in different and multiple directions similar to that of an interconnected labyrinth. The center takes into consideration it’s surroundings, context and location as room sizes, room placements, and window openings were based on the view and direction of the large varsity track northeast of the site and the view of the greenery and trees at St. Hilda’s college south east of the site.

UofT STUDENT STUDY CENTER

Step 1: Grid system on base created

Step 2: Column heights adjusted

Step 3: Underground seating area carved using grid system

Step 4: Room massing extruded using grid system polygons

Plan 1

Step 5: Room massing extruded into multiple levels

Step 6: Ramps and flat platforms added to connect room massings

Step 7: Shading added atop exterior seating areas

Step 8: Intertwined Study Center

Plan 2

Plentiful network of ramps and paths create an immersive intertwined experience

Isometric with surrounding context

SHADING

• Shades for exterior seating areas

PROGRAM

• Various study spaces

CIRCULATION

• Flat platforms

CIRCULATION

• Ramps

PROGRAM

• Base

• Underground seating

UNDULATING PAVILION

KINETIC TRANSFORMATION PAVILION

UNDULATING PAVILION 02

KINETIC TRANSFORMATION PAVILION

Using the Burke Brise Soleil as the principal inspiration and precedent study, this project envisions the creation of a pavilion with dynamic facades. The project consists of multiple key elements and systems that facilitate the kinetic nature of the pavilion. The fin system as well as the series of mechanisms designed by our group allow for the kinetic fin system to function and therefore for movement to occur. The kinetic fin facade functions to move upwards and outwards via a rotating arch that meets the fins and thus pushes them upwards. The fins mold to the shape of the arch as they’re pushed upwards, creating a tunnel-like space. The kinetic wall facade could be closed or open at any degree necessary up until its maximum opening of 45 degrees. The extension of the project (02.B) consists of manipulating this kinetic facade onto a multipurpose fence.

*Work done in collaboration with Huzaifa Chughtai and Abdelrahman Merdan consists of physical model-making, and pavilion design. Some Drawings and night render were done jointly with Huzaifa, and the rest was done by me.

Arch in a Lowered Closed State - Actuator Contracted

The structure’s components (Arch and Fins) move through its main kinetic system of a hydraulic actuator. The hydraulic actuator is suspended from the ceiling of the pavilion and is connected to the arch in its lowered resting state. In a contracted state, the actuator keeps the arch lowered which in turn keeps the fins lowered. However, Once the actuator extends, it pushes the arch outwards which in turn lifts and raises the fins.

Arch in a Rotated Outwards and Raised State - Actuator Extended

(A)

LEGEND:

1. Connector

2. Connector Rod

3. Ball point

4. Ball point joint

5. Screws

6. Extension Tube (Inner tube - Shortened for diagram purposes)

7. Small tab to connect Pressure canister

8. Pressure canister

9. Outer Tube

10. Hinge Joint

11. Mechanism wall attachment

12. Bolts

(A): Isometric of Actuator mechanism

(B): Exploded isometric of Actuator mechanism

(A): Isometric of fin hinge mechanism

(B): Exploded Isometric of fin hinge mechanism

(C): Isometric and exploded isometric diagrams of arch-wheel mechanism

LEGEND:

1. Bolts

2. Connector

3. Hinge component ( Attached to Connector)

4. Hinge component (Rotates to allow raising of fins)

5. Hinge slider (Slides on hinge component to accomodate for fin raising)

6. Bolts

7. Fin Mechanism attachment

8. Segment of fin

Above: Perspective of Fin mechanism in lowered state (closed)

Below: Perspective of Fin mechanism in raised state (open)

1. Pad attaching hinge mechanism to fin

2. Fin mechanism attachment

3. Bolts

4. Fixed rod (Allows rotating hinge to rotate around it)

5. Rotating hinge joint component

6. Fixed hinge joint component

7. Flat pad attaching hinge mechanism to connector

8. Bolts

9. Connector (connects hinge mechanism to structural pipe from where it hangs)

(A): Exploded Isometric of hinge mechanism

(B): Isometric of hinge mechanism

Above: Perspective of Fin mechanism in lowered state (closed)

Below: Perspective of Fin mechanism in raised state (open)

Various perspective images of Physical model

Physical model kinetic movement progression images

Elevation of fence in raised state (open)

Elevation of fence in lowered state (closed)

Fence plan view motion drawing

MARKET OF DISTORTION

MATERIAL EXPERIMENTATION

Year: 2022 Location: Toronto

MARKET OF DISTORTION 03

MATERIAL EXPERIMENTATION

Located at the intersection between Vaughan road and Winona drive, this food market in Toronto was inspired by Jelly as the foundation behind its design decisions and elements. The market's design methodolody and form influence were guided by the physical and material properties of Jelly as its various forms of distortions were applied onto the market. The market consists of an entire block within a neighborhood and includes a variety of spaces which allows it to function as an all-inclusive space for the community.

*Work done in collaboration with Huzaifa Chughtai consists of physical model-making, and market design. Diagram of design methodolody and Jelly model testing was done by me.

3 Different Jelly combinations were tested by experimenting with the amount of Gelatin, Water and Glycerin used in each test. The degree of distortion of the jelly informed the shape and distortion of the buildings and elements in the market.

JELLY MODEL TESTING

These model images are comprised of an experimental jelly glycerin model. Its purpose was to examine the distortion and composition based on its size and volume

2 Packs of Gelatin 200ml Water 50ml Glycerin

1 Pack of Gelatin 200ml Water 50ml Glycerin

1/2 Pack of Gelatin 200ml Water 0ml Glycerin

Mid-bounce

Mid-bounce

Mid-bounce

COSMIC COMPLEX

GRASSHOPPER PARAMETRIC TOWERS

GRASSHOPPER PARAMETRIC TOWERS

This project consisted of the creation of multiple parametric tower iterations through grasshopper's parametric design capabilities. Ultimately the tower design language and elements were propelled by the idea of a futuristic cyber-punk-like setting. This informed elements such as the diamond facade shaped openings on the tower's exterior as I envision a bustling metropolis of flying vehicles entering and exiting through the facade.

(A): Facade Component Assembly

(B): Tower Geometry

Method Diagram

Final Step: Repeat steps 1-5 for spiral secondary tower

Step 1: Extruded polygon floor plate

Step 2: Increased floor plate number vertically through the z-axis and rotated structure

Step 3: Implemented graph mapper to distort tower structure

Step 4: Addition of diagrid structural system onto tower

Step 5: Mapping of both voronoi (right face) and diamond facade (left face) patterns onto tower surface

Step 6: Attractor point addition for diamond facade extrusion and gap radii

PRIVATE DEWANIYA

Year: 2022

Location: Riyadh, Saudi Arabia

Type: Professional

PRIVATE 'DEWANIYA' 05

CULTURAL GATHERING SPACE

The 'Dewaniya' is a social gathering space and a key aspect of traditional Gulf Arab culture. It is a space where guests are received to socialize, play cards, debate or conduct business, however, it can also be used as a gathering space for the family. Typically, seating is often on the floor with cushions arranged in a square. For that reason we incorporated an outdoor seating bench square akin to a 'Dewaniya' sitdown. A Dewaniya is also typically, a room or tent, however, this project extends the idea of the 'Dewaniya' to an entire floor. As a Saudi-Arabian, most of memories and great times with my family and friends were based in my grandmother's 'Dewaniya'.

*All renderings/drawings in this project were done by me and the design process/proposal of the dewaniya was done in collaboration with firm '3N Jeddah'.

AbdullahArch18@gmail.com

Linked in: Abdullah Hababi

Instagram: ab_archstudio